Evidence for a late Cainozoic Flood/post-Flood boundary

Geologic evidence of the Middle East and the globe, combined with Scripture, indicates
that the Flood/post-Flood boundary is very late in the Cainozoic. Evidence from

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global sediment and post-Flood erosion,

volcanism and climatic impact,

changes in the global sea level,

formation of the Mountains of Ararat, and

the formation of fossil fuels,

place the Flood/post-Flood boundary during or after the mid-Pleistocene. It is not
clear how the evidence presented could be interpreted in a different manner.

The Flood/post-Flood boundary is near the surface of the earth’s sediments,
independent of one’s viewpoint of the geologic column, because:

There is so much sediment and only a small portion can be moved and deposited after
the Flood.

There are tremendous amounts of volcanics in all sedimentary layers, and redistributing
them to some other order cannot increase post-Flood volcanism nor minimise the severe
climatic effects of volcanism. Only a very limited amount of volcanism could have
occurred after the Flood.

The Mountains of Ararat were formed after the vast majority of sediment in the region
of ancient Armenia was deposited.

Geologic evidence indicates the sea level was substantially higher during deposition
of most of the geologic layers, and almost always higher than the post-Flood bound
God placed on the sea.

Areas specifically mentioned in Scripture immediately or soon after the Flood are
covered by thick layers of marine sediment.

There is insufficient time after the Flood to grow, uproot, raft, deposit and bury
vegetation (in sufficient quantities) to create the geologic resources of fossil
fuels and organic carbon found in the uppermost sedimentary layers. Only a limited
amount can be grown and buried in post-Flood sediments.

There are serious constraints between a number of these evidence should one wish
to alter the estimates in this analysis. An increase in post-Flood volcanism would
decrease the available sunlight, limit photosynthesis, and reduce the growth of
plants needed to generate post-Flood fossil fuels and other organic carbon found
in sediments. Conversely, increasing post-Flood plant growth would impose a serious
limit on the climatic impact and quantity of post-Flood volcanism.

A similar relationship exists between erosion and plant growth. An increase in erosion
to create more post-Flood marine and continental sediments robs plants of stable
soil in which to grow; this limits the post-Flood generation of organic carbon for
fossil fuels and distribution throughout post-Flood deposited sediments. Conversely,
a stable soil sufficient for plant growth to generate large amounts of organic carbon
limits the amount of catastrophic erosion that can occur.

Rapidly varying post-Flood sea levels, with large changes in elevation, could move
lots of continental sediment to the ocean, bury organic matter in continental interiors
to become fossil fuels, and mitigate the effects of volcanism. However, this would
dramatically delay the habitation of the Plain of Shinar and appear like additional
global floods. More importantly, such a scenario implies that God’s promise
about not sending another Flood and placing a bound on the sea is meaningless.

In addition, there are severe stratigraphic constraints on the relative amounts
of sediment activity, volcanic activity, organic carbon composition and marine fossil
content as a function of strata. One cannot arbitrarily choose the composition of
earth’s strata one wishes to model.

The database for each of the different evidence would have to be dramatically in
error in a quantitative manner to make a difference to the conclusions presented.
Even the geology of the Middle East and the identification of the region of the
Mountains of Ararat would require dramatic changes. A major re-identification of
most sediments to earlier geologic strata would not alter the conclusions, because
the boundary would have to remain near the surface of all the sediment.

There are a number of other evidence that when analysed also place the Flood/post-Flood
boundary very late in the geologic column. Though the analyses are not ready for
publication, the following evidence indicate a Late Cainozoic location for the boundary:

A quantitative assessment of the formation of precipitite deposits (evaporite deposits
in the old earth paradigm).

A quantitative assessment of the formation of carbonate deposits.

The distribution and magnitude of bolide impacts in the geologic column and their
climatic effects.

Rapid radioactive decay in the crust of the earth and its lethal biological effects.

Rapid radioactive decay of potassium-40 in the human body and its lethal effect.316

Implications of placing the Flood/post-Flood boundary late in the Cainozoic are
serious. This late placement dramatically affects the timing of everything in a
Flood model. If the conclusion presented here is accurate many important implications
follow. Some of these implications are

The most violent activity occurred during the first 150 days of the Flood.

The overwhelming majority of all volcanic activity occurred during the first 150
days while the windows of heaven were open.

Continental sprint occurred at an incredible speed. The majority of continental
movement occurred within the first 150 days, and virtually all movement occurred
within the first 314 days of the Flood.

Magnetic reversals occurred at least once every two days, and may have occurred
as fast as twice per day during the Flood.

There was amazingly rapid erosion and sedimentation during the Flood. The average
rate of deposition of sediment during the Flood was at least 7.3 x 1023
g/day and was probably twice this level. This is a daily movement of sediment that
is over 131 million times what all the earth’s rivers presently carry.

All fossils, in Miocene strata and older, are the remains of creatures or plants
that lived in pre-Flood times and were buried during the Flood. Almost all Pliocene
fossils and many Pleistocene fossils also date from the Flood. Fossils are a tangible
reminder of the Flood and of the severity and reality of God’s judgment.

The tremendous biological diversity we see in the fossil record reflects pre-Flood
genetic variability within Genesis kinds that was not sustained after the Flood.
There was no explosion of biological diversity after the Flood. The genetic bottleneck
at the Flood apparently greatly reduced the variability within Genesis kinds, and/or
numerous Genesis kinds became extinct soon after the Flood.

The low sea level immediately after the Flood, as predicted from a combination of
Scripture and eustacy data, would allow rapid colonisation by man and animals of
Australia and the Americas.317 In this scenario there is no need to wait
for the Ice Age to approach maximum for the sea level to drop. The rapid colonisation
of all the continents via land bridges could start immediately after the Flood for
animals and immediately after the Tower of Babel for man. The land bridges should
have had a long duration, from the end of the Flood to the end of the Ice Age in
this model.

A low sea level immediately after the Flood would also alter post-Flood climate
models with an increased land area (above today’s amount) and a reduced water
exchange between the Pacific and Arctic oceans. The warm continental sediments,
about the same temperature as the post-Flood ocean, should affect the rate at which
the continents cool and perhaps add a few years delay to the beginning of the Ice
Age.

Dividing of the lands in the days of Peleg was not the splitting of the continents.
The continents split, perhaps more than once, during the first 150 days of the Flood.
The division in the days of Peleg refers either to the dividing of lands among the
scattered peoples after the Tower of Babel, and/or perhaps a dividing of lands due
to the significant post-Flood global rise in sea level.

There are many other less obvious implications of the mid to Late Pleistocene placement
of the Flood/post-Flood boundary. Continued research will provide additional clues
to these and other intriguing aspects of the Flood.

It is incredible that these evidence suggest that the majority of activity of the
Flood occurred within the first 150 days. The remaining time during the year of
the Flood must have been for preparing the surface of the earth for post-Flood life,
that is, receding of the floodwaters and growing vegetation for food. The last few
months of the year of the Flood was a calming of the earth after its most violent
climatic and geophysical catastrophe.

Some may be concerned about the evidence of post-Flood man in strata dated older
than the mid-Pleistocene—for example, the Laetoli footprints, circular stone
arrangements, tools, etc. These do appear to be evidence of post-Flood man.

There appears to be enough flexibility in radioisotope and stratigraphic dating
of Pliocene and Pleistocene sediments to accommodate finds that are clearly post-Flood.
Radioisotope dating is usually interpreted in light of the stratigraphic constraints
and fossil content. Stratigraphic correlations are flexible in the Pliocene and
Pleistocene because of the loose nature of their definition, as well as the sometimes
limited area extent of some Pliocene and Pleistocene continental deposits.318,319

Some have suggested that there was a significant time interval, that is, a few thousand
years, between the end of the Flood and the beginning of the Ice Age. This might
lengthen the duration of the elevated post-Flood precipitation which includes the
Ice Age. My preliminary review of possible mechanisms to delay the Ice Age suggests
that a greenhouse effect caused by

CO2 and/or other volcanic emitted gases, and/or

water vapour in the stratosphere (similar to Vardiman’s models for a vapour
canopy)

are the only likely candidates. Continued continental sprint after the Flood could
maintain the elevated ocean temperature and precipitation but would not delay the
Ice Age.

These or any other potential delay mechanism can be tested indirectly by proportionally
increasing the prior quantitative estimates for volcanism, erosion, organic carbon
generation and fossil fuel formation. My best estimates were based on having 1,000
years between the Flood and the Ice Age. Increasing this duration to 4,000 years
stretches the Genesis genealogy beyond reasonable limits but only moves the boundary
to the Pliocene at the earliest. Many more years would be needed to move the Flood/post-Flood
boundary to a lower stratigraphic position.

In addition, independent of any quantitative assessment, moving the boundary before
the mid-Pleistocene requires ignoring each of the following:

God’s boundary on the sea level,

God’s promise about not sending another flood, and

The contrast between the statement in Genesis that the ground “was dry”
and the abundance of marine sediments in areas where Noah and his descendants lived
immediately after the Flood.

Although I do not perceive how the Flood/post-Flood boundary could be earlier than
the Pleistocene, I am open to the ideas of others. The thoughts of readers with
insight into alternate interpretations with quantitative assessments of the evidence
are invited.

Acknowledgment

I thank Russ Humphreys for instilling his perspective
that difficulties and challenges to the creation model are not problems but rather
clues to the events of the Flood, pre-Flood times and Creation Week. I thank
Michael Oard for his encouragement, publication of his monograph
An Ice Age Caused by the Genesis Flood and his aid in understanding
the Ice Age. Without the loving patience of my wife and two children, whom I thank
the most, this research would never have been completed.

About the author

The late Roy D. Holt held an M.S. in physics and was
employed at Sandia National Laboratories in Albuquerque, New Mexico. (The Laboratories
do not support this research, and neither affirm nor deny its scientific validity.)
Roy was a founding member of the Creation Science Fellowship of New Mexico and held
the office of vice president for five years. Return to top.

References

Oard, M.J., 1995. Personal communication. Michael
Oard pointed out this obvious implication of a lower sea level during one of our
discussions about the Flood/post-Flood boundary while I was still engrossed in the
details of this research.

Hay, W.W., Pleistocene-Holocene fluxes are not the Earth’s norm. In: Material
Fluxes on the Surface of the Earth, National Academy Press, Washington, D.C.,
pp. 16, 1994.

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